Intorduction: 时隔好几个月,我准备重新进入Deep Learning 的领域.昨天和老师聊了很多,之前觉得我做的工作就是排列组合,在水论文,灌水.但老师却说:这也是为将来的研究打基础. 我想是这么个道理,科研这一块,写论文,发论文,画图等等细枝末节的工作都是需要经验积累的,一开始搞个大的,不现实,就算搞出来,其他细节工作没做好,影响整体质量,也白搭. 任何问题都要辩证地看. 之后老师给我讲了他的一个idea,几年前想的,时空序列方向,通过arrange不同时间维度组成tensor进…

What's the most effective way to get started with deep learning?       29 Answers     Yoshua Bengio, My lab has been one of the three that started the deep learning approach, back in 2006, along with Hinton's... Answered Jan 20, 2016   Originally Ans…

论文地址:面向基于深度学习的语音增强模型压缩 论文代码:没开源,鼓励大家去向作者要呀,作者是中国人,在语音增强领域 深耕多年 引用格式:Tan K, Wang D L. Towards model compression for deep learning based speech enhancem…

catalogue . 个人理解 . 基本使用 . MNIST(multiclass classification)入门 . 深入MNIST . 卷积神经网络:CIFAR- 数据集分类 . 单词的向量表示(Vector Representations of Words) . 循环神经网络(RNN).LSTM(Long-Short Term Memory, LSTM) . 用深度学习网络搭建一个聊天机器人 0. 个人理解 在学习的最开始,我在这里写一个个人对deep leanring和神经网络的粗…

1. 更新apt-get源列表 sudo apt-get update sudo apt-get upgrade 2. 添加驱动源 sudo add-apt-repository ppa:graphics-drivers/ppa sudo apt-get update 3. 安装nvidia驱动 1.正常策略 sudo apt- sudo apt-get install mesa-common-dev sudo apt-get install freeglut3-dev 这一步有超多的坑,如果你…

keras_cnn_实现人脸训练分类 废话不多扯,直接进入正题吧!今天在训练自己分割出来的图片,感觉效果挺不错的,所以在这分享一下心得,望入门的同孩采纳. 1.首先使用python OpenCV库里面的人脸检测分类器把你需要训练的测试人脸图片给提取出来,这一步很重要,因为deep learn他也不是万能的,很多原始人脸图片有很多干扰因素,直接拿去做模型训练效果是非常low的.所以必须得做这一步.而且还提醒一点就是你的人脸图片每个类别的人脸图片光线不要相差太大,虽然都是灰度图片,但是会影响你的结果…

@http://www-cs-faculty.stanford.edu/people/karpathy/cvpr2015papers/ CVPR 2015 papers (in nicer format than this) maintained by @karpathy NEW: This year I also embedded the (1,2-gram) tfidf vectors of all papers with t-sne and placed them in an interf…

Learning how to Active Learn: A Deep Reinforcement Learning Approach 2018-03-11 12:56:04 1. Introduction: 对于大部分 NLP 的任务,得到足够的标注文本来进行模型的训练是一个关键的瓶颈.所以,active learning 被引入到 NLP 任务中以最小化标注数据的代价.AL 的目标是通过识别一小部分数据来进行标注,以此来降低 cost,选来最小化监督模型的精度. 毫无疑问的是,AL 对于其…

前言: CNN作为DL中最成功的模型之一,有必要对其更进一步研究它.虽然在前面的博文Stacked CNN简单介绍中有大概介绍过CNN的使用,不过那是有个前提的:CNN中的参数必须已提前学习好.而本文的主要目的是介绍CNN参数在使用bp算法时该怎么训练,毕竟CNN中有卷积层和下采样层,虽然和MLP的bp算法本质上相同,但形式上还是有些区别的,很显然在完成CNN反向传播前了解bp算法是必须的.本文的实验部分是参考斯坦福UFLDL新教程UFLDL:Exercise: Convolutional Ne…

最近在学深度学习相关的东西,在网上搜集到了一些不错的资料,现在汇总一下: Free Online Books  by Yoshua Bengio, Ian Goodfellow and Aaron Courville Neural Networks and Deep Learning42 by Michael Nielsen Deep Learning27 by Microsoft Research Deep Learning Tutorial23 by LISA lab, University…

理论知识:Optimization: Stochastic Gradient Descent和Convolutional Neural Network CNN卷积神经网络推导和实现.Deep learning:五十一(CNN的反向求导及练习) Deep Learning 学习随记(八)CNN(Convolutional neural network)理解 ufldl学习笔记与编程作业:Convolutional Neural Network(卷积神经网络) [UFLDL]Exercise: Co…

转自:https://github.com/terryum/awesome-deep-learning-papers Awesome - Most Cited Deep Learning Papers A curated list of the most cited deep learning papers (since 2010) I believe that there exist classic deep learning papers which are worth reading re…

Awesome Deep Learning  Table of Contents Free Online Books Courses Videos and Lectures Papers Tutorials Researchers WebSites Datasets Frameworks Miscellaneous Contributing Free Online Books Deep Learning by Yoshua Bengio, Ian Goodfellow and Aaron Cou…

Playing FPS games with deep reinforcement learning 博文转自:https://blog.acolyer.org/2016/11/23/playing-fps-games-with-deep-reinforcement-learning/ When I wrote up 'Asynchronous methods for deep learning' last month, I made a throwaway remark that after…

The major advancements in Deep Learning in 2016 Pablo Tue, Dec 6, 2016 in MACHINE LEARNING DEEP LEARNING GAN Deep Learning has been the core topic in the Machine Learning community the last couple of years and 2016 was not the exception. In this arti…

  Deep Learning Research Review Week 2: Reinforcement Learning 转载自: https://adeshpande3.github.io/adeshpande3.github.io/Deep-Learning-Research-Review-Week-2-Reinforcement-Learning This is the 2nd installment of a new series called Deep Learning Resea…

从13年11月初开始接触DL,奈何boss忙or 各种问题,对DL理解没有CSDN大神 比如 zouxy09等 深刻,主要是自己觉得没啥进展,感觉荒废时日(丢脸啊,这么久....)开始开文,即为记录自己是怎么一步一个逗比的走过的路的,也为了自己思维更有条理.请看客,轻拍,(如果有错,我会立马改正,谢谢大家的指正.==!其实有人看没人看都是个问题.哈哈) 推荐 tornadomeet 的博客园学习资料 http://www.cnblogs.com/tornadomeet/category/4976…

原文转载:http://licstar.net/archives/328 Deep Learning 算法已经在图像和音频领域取得了惊人的成果,但是在 NLP 领域中尚未见到如此激动人心的结果.关于这个原因,引一条我比较赞同的微博. @王威廉:Steve Renals算了一下icassp录取文章题目中包含deep learning的数量,发现有44篇,而naacl则有0篇.有一种说法是,语言(词.句子.篇章等)属于人类认知过程中产生的高层认知抽象实体,而语音和图像属于较为底层的原始输入信号,所以…

Deep Learning in a Nutshell: History and Training This series of blog posts aims to provide an intuitive and gentle introduction to deep learning that does not rely heavily on math or theoretical constructs. The first part in this series provided an…

Deep Learning Methods for Vision CVPR 2012 Tutorial  9:00am-5:30pm, Sunday June 17th, Ballroom D (Full day) Rob Fergus (NYU), Honglak Lee (Michigan), Marc'Aurelio Ranzato (Google) Ruslan Salakhutdinov(Toronto), Graham Taylor(Guelph), Kai Yu(Baidu)  O…

前言 理论知识:UFLDL教程.Deep learning:二十六(Sparse coding简单理解).Deep learning:二十七(Sparse coding中关于矩阵的范数求导).Deep learning:二十九(Sparse coding练习) 实验环境:win7, matlab2015b,16G内存,2T机械硬盘 本节实验比较不好理解也不好做,我看很多人最后也没得出好的结果,所以得花时间仔细理解才行. 实验内容:Exercise:Sparse Coding.从10张512*51…

前言 理论知识:UFLDL教程和http://www.cnblogs.com/tornadomeet/archive/2013/04/09/3009830.html 实验环境:win7, matlab2015b,16G内存,2T机械硬盘 实验内容:Exercise:Convolution and Pooling.从2000张64*64的RGB图片(它是the STL10 Dataset的一个子集)中提取特征作为训练数据集,训练softmax分类器,然后从3200张64*64的RGB图片(它是th…

前言 实验内容:Exercise:Learning color features with Sparse Autoencoders.即:利用线性解码器,从100000张8*8的RGB图像块中提取颜色特征,这些特征会被用于下一节的练习 理论知识:线性解码器和http://www.cnblogs.com/tornadomeet/archive/2013/04/08/3007435.html 实验基础说明: 1.为什么要用线性解码器,而不用前面用过的栈式自编码器等?即:线性解码器的作用? 这一点,Ng…

HOME ABOUT CONTACT SUBSCRIBE VIA RSS   DEEP LEARNING FOR ENTERPRISE Distributed Deep Learning, Part 1: An Introduction to Distributed Training of Neural Networks Oct 3, 2016 3:00:00 AM / by Alex Black and Vyacheslav Kokorin Tweet inShare27   This pos…

Main Menu Fortune.com       E-mail Tweet Facebook Linkedin Share icons By Roger Parloff Illustration by Justin Metz SEPTEMBER 28, 2016, 5:00 PM EDT WHY DEEP LEARNING IS SUDDENLY CHANGING YOUR LIFE Decades-old discoveries are now electrifying the comp…

Dueling Network Architectures for Deep Reinforcement Learning ICML 2016 Best Paper 摘要:本文的贡献点主要是在 DQN 网络结构上,将卷积神经网络提出的特征,分为两路走,即:the state value function 和 the state-dependent action advantage function. 这个设计的主要特色在于 generalize learning across actions w…

Adit Deshpande CS Undergrad at UCLA ('19) Blog About Resume Deep Learning Research Review Week 1: Generative Adversarial Nets Starting this week, I’ll be doing a new series called Deep Learning Research Review. Every couple weeks or so, I’ll be summa…

1.结构图 Introduction Feature extraction, deformation handling, occlusion handling, and classification are four important components in pedestrian detection. Existing methods learn or design these components either individually or sequentially. The inte…

Deep Learning in a Nutshell: Core Concepts This post is the first in a series I’ll be writing for Parallel Forall that aims to provide an intuitive and gentle introduction todeep learning. It covers the most important deep learning concepts and aims…

Why Deep Learning Works – Key Insights and Saddle Points A quality discussion on the theoretical motivations for deep learning, including distributed representation, deep architecture, and the easily escapable saddle point. By Matthew Mayo. This post…